资源列表
线性神经网络应用实例
- 线性神经网络应用实例-linear neural network application
c
- 在二维矩阵中找到最大值和最小值的坐标。然后再将两坐标相减到得距离-Found in the two-dimensional matrix of the coordinates of maximum and minimum values. Then reduced to the two coordinates with a distance
ndxsf
- 用牛顿下山法解方程x^3-x-1=0 （初值为0.6） 输入：初值，误差限，迭代最大次数，下山最大次数 输出：近似根各步下山因子 -Solution using Newton' s law equation down x ^ 3-x-1 = 0 (initial value 0.6) input: initial value, the error limit, the maximum number of iterations, the maximum number of se
PartTest99
- 高斯消去法，解四元一次方程组-Gaussian elimination method, solutions of quaternion linear equation group. . . . . . . . . . . . . . .
kongzhi
- 基于Matlab实现了智能控制中的离线模糊推理计算-Matlab-based implementation of the intelligent control of the off-line calculation of fuzzy reasoning
NeuralNetworks
- 线性神经网络应用实例，典型神经网络易用程序-Application of linear neural networks, neural networks use a typical procedure
sat
- 对于给定的带权 3-CNF，设计一个蒙特卡罗算法，使其权值之和尽可能大。此程序可以解决这个问题-For a given weighted 3-CNF, a Monte Carlo algorithm designed to make the right value, and as large as possible. This program can solve this problem
mean
- FORTRAN源程序，专用于某一气象要素场多年逐月求平均-FORTRAN source code, specific to a field of meteorological elements for many years the average monthly demand
Richard-mann
- 用理查德曼三层差分格式求解求解抛物型方程-Solve parabolic equations with Richard mann format
newton
- 用牛顿迭代法来解微分方程，并给出了实例，用的时候可以直接替换-Newton iterative method for solving differential equations, and gives an example with a direct replacement
dynamic-programming
- 用动态规划法求两个字符串 A="xzyzzyx"和 B =”zxyyzxz“的最长公共子序列-For two strings A dynamic programming method = " xzyzzyx" and B = " zxyyzxz" the longest common subsequence
Laplace-equation-numerical-solution
- Laplace 方程数值解，要是研究小波基函数在自然边界元方法中的应用.目的是解决自然边界元方法中存在的奇异积分的困难,减小计算量,提高计算精度。-Numerical solution of Laplace equation, if the study wavelet function used in natural boundary element method. Singular purpose is to solve the difficulties of integrating natu